Design and develop the adjustable boring head for conventional milling machine

Zakaria, Muhammad Zairul Naim (2018) Design and develop the adjustable boring head for conventional milling machine. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

In this project, adjustable boring head for milling machines will be designed and fabricated. This tool is one of the basic tools used for milling machines. This tool is designed to improve the existing boring head tool. Among the improvements made is to produce a tuner on the tool and it can bore a hole with the decimal value. The existing boring head is only able to do a hole with the rounded value. So, by creating of this product, the operator no longer needs to clamp and unclamp the workpiece repeatedly if wants to do the machine work on surfaces other than those that have been suppressed. This will prevent the surface of the workpiece from being scratched or damaged especially if it has a screw thread. The boring head of this designed milling machine will be produced using various types of manufacturing process. To achieve the objectives of this project, concept generation will be initiated by producing the required design. The boring head design will be described using Solid Works software. The simulation will be based on the existing boring product to ensure the size and measurement of the product referring to the standard milling machine. It also aims to ensure the boring head that will be produced safely used by the operators. Among the processes involved in producing this product are lathe processing, milling process, grinding process, drilling process and taping process. It is hoped that when this product is produced, it will help ease the coordination work and will also improve the product's performance.

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